B.Tech (Plastic Technology), Bachelor of Technology in Plastic Technology, Syllabus, Eligibility, Duration, Degree Course

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Bachelor of Technology in Plastic Technology

Duration

4 Years

Level

Graduation

Type

Degree

Eligibility

10+2 or Equivalent

B.Tech (Plastic Technology) or Bachelor of Technology in Plastic Technology is an Under-Graduate Plastic Technology course. Plastics engineering encompasses the processing, design, development, and manufacture of plastics products. Chemical engineering is the father of polymer engineering, which involves designing processes and equipment for producing new and different types of synthetic materials.

The Bachelor of Technology program in Plastic Technology focuses on the use of plastics in the production of products. The duration of the course in Plastic Technology is four years and it is career orienting in nature that provides many jobs for them after its completion.

B.Tech (Plastic Technology) Eligibility

Aspiring candidates must have qualified their 10+2 examination with Physics, Chemistry, and Mathematics or equivalent from a recognized Board.
The students should have scored a minimum of 55% aggregate marks at their Intermediate level.
Some reputed colleges and institutes conduct entrance examinations for admission.

B.Tech (Plastic Technology) Syllabus

The Syllabus of Plastic Engineering as prescribed by various Universities and Colleges.

B.Tech (Plastic Technology) Semester-I
Sr. No.	Subjects of Study
1	English
2	Engineering Graphics
3	Fundamentals of Computing
4	Mathematics, Physics, and Chemistry
5	Practicals Chemistry Lab Computer Practice Lab Engineering practice Lab Physics Lab
B.Tech (Plastic Technology) Semester-II
1	English-II
2	Electrical Engineering and Engineering Mechanics
3	Mathematics and Chemistry-II
4	Manufacturing Process and Materials Science
5	Practicals Computer Practice II Machining Process Lab
B.Tech (Plastic Technology) Semester-III
1	Engineering Thermodynamics
2	Environmental Science and Engineering
3	Electronics Engineering and Organic Chemistry
4	Fluid Mechanics and Machinery
5	Mathematics-III
6	Solid Mechanics
7	Practicals Electrical and Electronics Engineering Lab Mechanical Sciences Lab
B.Tech (Plastic Technology) Semester-IV
1	Basics of Polymers
2	Fundamental of Chemical Engineering Operations
3	Mechanics of Machines and Rubber Material
4	Physical Chemistry and Numerical Methods
5	Practicals Machine Drawing Polymer Science Lab
B.Tech (Plastic Technology) Semester-V
1	Latex Technology
2	Polymer Physics
3	Plastics Materials
4	Rubber Compounding
5	Rubber Processing and Machinery
6	Practicals CAD Lab Rubber Processing Lab Rubber Materials and Characterization Lab
7	Elective-I Adhesives and Surface Coatings Multiphase Polymer Systems Plastics Machinery Rubber Machinery
B.Tech (Plastic Technology) Semester-VI
1	Computer-Aided Product Design
2	Design and Drawing of Moulds and Dies
3	Engineering Plastics and Rubber
4	Physical Testing of Polymers
5	Plastics Processing and Machinery
6	Product Design and Engineering Applications of Polymer
7	Practicals Plastics Processing Lab Rubber Testing Lab
8	Elective-II Engineering Materials in Polymer Products Footwear Technology Polymer Characterization Techniques Polymer Components in Automotive Applications
B.Tech (Plastic Technology) Semester-VII
1	Polymer Recycling
2	Polymer Composites
3	Professional Ethics and Human Values
4	Tires and Tubes Technology
5	Total Quality Management
6	Practicals Plastics Testing Lab Design Project
7	Elective-III Design of Machine Elements Experimental Stress Analysis Finite Element Methods Product Design and Cost Estimation
B.Tech (Plastic Technology) Semester-VIII
1	Elective-IV Entrepreneurship Development Engineering Economics and Financial Management Management Science Purchasing and Materials Management
2	Project Work
3	Industrial Training

B.Tech (Plastic Technology) Colleges

Dr. Babasaheb Ambedkar Marathwada University - BAMU, Aurangabad
Laxminarayan Institute of Technology, Nagpur
North Maharashtra University, Jalgaon
Central Institute of Plastic Engineering and Technology - CIPET Lucknow, Lucknow

B.Tech (Plastic Technology) Course Suitability

Those who want to help engineers and others, applying basic engineering principles to the manufacture of plastic products can go for it.
Students should also learn how plastics are processed, from compression to injection, molding, and fabrication.
They have the capacity of memorizing facts, acting on your knowledge to solve real-world challenges, such as designing an injection-molding die for a simple product.

How is the B.Tech (Plastic Technology) Course Beneficial?

It is beneficial to know how things work and design or make items. Plastics Technology is a study about developing new materials and technologies, equipment manufacturers are developing new processing machinery for medical plastics and about recycled or recyclable plastics this plastic is a wood-like product made from recovered plastic or recovered plastic mixed with other materials, which can be used as a substitute for concrete, wood, and metals.
The course also helps in further studies such as M.E / M.Tech, M.Phil., Ph.D., etc.
The transport sector, household appliances, goods, packaging and electricity, and telecommunication are the major areas, which demand plastics, hence are creating employment opportunities in this sector.

B.Tech (Plastic Technology) Employment Areas